High Precision Thermal Gravimetric Analyzer - Accurately measure thermal stability of materials

Explore our high-precision thermal gravimetric analyzers, designed to accurately measure the thermal stability of materials. Whether you are developing new materials or performing quality control, this instrument provides reliable mass change data, giving you insight into how your materials perform at different temperatures.

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Thermal Gravimetric Analyzer Advantages

High-precision measurement

Thermogravimetric analyzers can accurately measure the mass changes of materials during heating or cooling, providing reliable data support.

Thermal stability evaluation

By monitoring the mass changes of materials at different temperatures, it helps researchers evaluate the thermal stability and decomposition temperature of materials.

Versatility

It can be used for the analysis of a variety of materials, including plastics, rubbers, metals, ceramics and composite materials, etc., with a wide range of applications.

Fast analysis

Thermogravimetric analyzers can complete tests in a short time, provide results quickly, and improve laboratory work efficiency.

Thermogravimetric Analyzer (TGA) has a wide range of applications in many fields, mainly including:
Material Science:
Used to research and develop new materials, evaluate their thermal stability, decomposition temperature and thermal behavior, and help optimize material performance.
Plastics and polymers:
Test the thermal stability, melting characteristics and decomposition behavior of plastics and polymers to ensure their reliability in different applications.
Chemical Industry:
Evaluate the thermal stability and reactivity of chemicals to help optimize production processes and product quality.
Pharmaceutical Industry:
Used for thermal analysis of drug ingredients, evaluate the stability and decomposition characteristics of drugs, and ensure the safety and effectiveness of drugs.

FAQ

How long does a thermogravimetric analyzer test usually take?

The test time depends on the sample type and test conditions, and usually ranges from a few minutes to a few hours.

How to choose a suitable thermogravimetric analyzer?

When selecting a thermogravimetric analyzer, factors such as the type of test material, the required measurement accuracy, the test range, the ease of use of the equipment, and the budget should be considered.

What are the maintenance requirements for a thermogravimetric analyzer?

Regularly calibrate and clean the equipment to ensure the normal operation of sensors and measuring components to ensure the accuracy of test results.

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See What Customers Say

Carlos Silva

We use this thermogravimetric analyzer in material research and development and find that its measurement results are very accurate. We can repeat similar results in each test, which gives us a deeper understanding of the thermal stability of the material.

Akira Tanaka

The operating interface of this thermogravimetric analyzer is very user-friendly and easy to use. Even novices can quickly learn how to perform the test, saving training time.

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About SKZ Industrial

SKZ thermal gravimetric analyzer has a variety of product certificates, reflecting its high standards in quality, performance and safety.

High Precision Thermal Gravimetric Analyzer - Accurately measure thermal stability of materials

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